Low-Code / No-Code
Involves the use of tools that have a user friendly interface for development and may include drag-and-drop features. This type of UI and corresponding features allow users to create fully functioning apps as well as automating business processes without prior development training.
Why use Low-Code / No-Code solutions?
Low-Code / No-Code solutions are gaining popularity as a direct result of the growing need for more agile, flexible, and easily customizable solutions. When compared with traditional development, these solutions are often much more cost effective to start and they allow for faster iterations on deployed solutions. In addition, the low learning curve and strong community make project handoff much smoother, allowing for autonomy and easy-to-understand ownership, and maintenance of solutions. These solutions help alleviate three main business problems:
- Bottlenecks caused by outdated systems are resolved by modernizing the existing tech stack, or transitioning to a new low-code tech stack that has been customized to fit your unique business needs
- Budget limitations for process optimization and digital transformation are offset by the affordable pricing models for low-code tools and the ability to start development with a minimal team
- Complicated data management can be simplified and knowledge silos can be optimized with low-code tools to reduce manual work and make it easier for non-technical workers to make adjustments
Our development stack
We’re always exploring new technologies. Here are some of our favourites.
Software development
Low-code: the 47 billion dollar industry fuelling innovation globally.
Low-Code / No-Code is expected to hit $47 billion by 2025 due to remote work and outdated systems. These tools increase productivity and solve business problems, but choosing the right platform requires considering business and customer needs.
But wait, there's more...
Want to go beyond Low-Code / No-Code? Check out our other dev services.
Web application development
Creating software applications that run on the web.
Mobile application development
Creating software applications that run on a mobile device.
Cloud-native development
Building and running applications to take advantage of the distributed computing offered by the cloud delivery model.
Software architecture
The fundamental structures of a software system and the discipline of creating such structures and systems.
Technical Audit
The verification of a supplier's manufacturing processes and quality control systems to provide confidence that your standards will be met or that any shortfalls will be resolved.
Web application development
Creating software applications that run on the web.
Mobile application development
Creating software applications that run on a mobile device.
Cloud-native development
Building and running applications to take advantage of the distributed computing offered by the cloud delivery model.
Software architecture
The fundamental structures of a software system and the discipline of creating such structures and systems.
Technical Audit
The verification of a supplier's manufacturing processes and quality control systems to provide confidence that your standards will be met or that any shortfalls will be resolved.